CN108367202A - Emission type toy - Google Patents

Abstract

The present invention provides a kind of emission type toy, operated as follows：When being inserted into from external movement and the emitter that arrives, it is launched into the second shape from first shape, and the emitter being inserted into is loaded and is emitted under the second shape.

Description

Emission type toy

Technical field

The present invention relates to a kind of emission type toy, in particular to it is a kind of when from external movement and the emitter that arrives is inserted Fashionable, the emitter for being launched into the second shape by first shape, and being inserted into is loaded and the hair that is emitted under the second shape Emitting toy.

Background technology

In general, form deformation toy includes by the toy body of the formation such as robot shape or car shaped, and can be from arbitrary Shape distortion is played at robot or car shaped, the advantage is that, various pattern or shape are presented with a kind of toy, Therefore children can be entertained in a manner of various.

However, this existing form deformation toy is along with the process for executing deformation by the manual operation by user, therefore There are the problem of be that with the time persistence played with, the enjoyment for passing through the amusement that deformation obtains is reduced.

In addition, the method as the enjoyment for improving game, there are a kind of game using shooting, mainly towards putting The target at the place of being placed in a predetermined position emits the emitters such as hoodle, medal, disk and hits simultaneously shooting target.

No. 10-2014-0125462 (denomination of invention of Korean Patent Laid publication number：Toy with pellet transmission) in it is public It is provided with following construction.Have：Toy body；Sheet emitting is set to the toy body；Push part is positioned over for making Bullet on the toy body is moved towards the forward position end of the sheet emitting；Constraint component is movably arranged at the object for appreciation Have main body, and constrains the sheet emitting by user's operation.Wherein, the bullet of the toy body is loaded on by means of acting on The restraining force of the sheet emitting and from toy body pop up.

However, but there are the following problems for toy with pellet transmission as described above：Need user that bullet is loaded on object for appreciation in advance Have main body, and only carry out the function for the bullet for emitting above-mentioned filling, to make the enjoyment of game be easily reduced.

Invention content

Technical problem

As described above in order to solve the problems, such as, the purpose of the present invention is to provide a kind of hairs executing work as follows Emitting toy：When being inserted into from external movement and the emitter that arrives, it is launched into the second shape from first shape, and make the hair of insertion Beam is loaded and is emitted under the second shape.

Technical solution

In order to realize that purpose as described above, the present invention provide a kind of emission type toy, which is characterized in that by multiple components The main body of composition is configured to lock-out state by means of door bolt portion, to maintain first shape, when the hair to arrive from external movement When beam is inserted into the main body and is located at emission part, the emitter makes the door bolt portion unlock, to make the main body It is launched into the second shape.

Also, emission type toy according to the present invention is characterized in that, when the emitter is located at emission part, using adding Splenium and so that the emitter is emitted from the main body for being deformed into the second shape.

Moreover, emission type toy according to the present invention is characterized in that, the emission type toy further includes：It bounces (popup) portion is rotationally arranged at the main body, and is unfolded when the door bolt portion is unlocked.

Also, emission type toy according to the present invention further includes：Support portion is set to main body, when door bolt portion quilt When unlocking, provides and support so that the main body is to positive or counter-rotating, or provides support so that the main body direction Front side, rear side, upside or side are bounced.The support portion preferably includes multiple idler wheels, so that emission type toy can be along arbitrary side To traveling.

Moreover, emission type toy according to the present invention is characterized in that, the main body includes：Main part, internal shape At there is receiving space；Emission part is set to the main part, and so that the emitter of insertion is rehoused and restrained；Pressurization part, For making the emitter be moved to the front end of the emission part, and apply pressure with the elastic force by means of the emission part and Emitted；Door bolt portion is set to the main part, and is sent out to latched position or unlocked position by means of the emitter Raw displacement.

Also, emission type toy according to the present invention is characterized in that the main part is constituted as follows：The One is shaped so as to mask (Mask) shape, helmet shape, shield shape, vehicle shape, building shape, body form, animal Oval shape, at least one of animals shaped shape；Second be shaped so as to animals shaped, robot shape, dinosaur shape, At least one of arbitrary cartoon role shape.

Moreover, emission type toy according to the present invention is characterized in that, the main part includes：Main part shell, It is at least made of more than one component, and is formed with the guide portion for guiding mobile route when the emitter is inserted into；Rod piece Through hole forms the main part shell drilling；Multiple hinge parts provide support and make to bounce main body, support portion and add Splenium is rotatably engaged in the main part shell.

Also, emission type toy according to the present invention is characterized in that, the emission part is that side is formed with opening Arc elastic body.

Moreover, emission type toy according to the present invention is characterized in that, the pressurization part includes：Rod piece, with described It is rotatably arranged centered on rod piece through hole；Ram, side are connected to the rod piece, and when the rod piece executes work When, pressurize the emitter for other side end；Ram spring, provides elastic force and the ram is made to maintain pre-determined bit It sets.

Also, emission type toy according to the present invention is characterized in that, the door bolt portion by means of the emitter and Gravitation caused by magnetic field and be subjected to displacement.

Moreover, emission type toy according to the present invention is characterized in that, the door bolt portion by with the emitter it Between physical contact and be subjected to displacement.

Also, emission type toy according to the present invention is characterized in that, the door bolt portion includes：Multiple sticking departments, about Shu Suoshu main parts make them maintain first shapes with portion is bounced, and when the door bolt portion is subjected to displacement, and execute operation and make The main part and the portion's of bouncing expansion.

Moreover, emission type toy according to the present invention is characterized in that, the door bolt portion further includes：Emitter is fixed Portion is constrained and the emitter of insertion is made to be fixed；Fixed part spring, provides elastic force, so that the emitter is fixed Portion maintains precalculated position.

Also, emission type toy according to the present invention is characterized in that the emitter is by spherical shape, disc Any one shape in shape, polyhedron-shaped, polygonal shape, ring-shaped, cylindrical shape, cylindrical shape is formed.

Moreover, emission type toy according to the present invention is characterized in that, the emitter is by magnetic substance or non magnetic Body is constituted.

Also, emission type toy according to the present invention is characterized in that, the emitter further includes being used in inside Emit the luminescence unit of light.

Moreover, emission type toy according to the present invention is characterized in that, the emitter inside further include animal, The component of at least one of object, word, number, figure, cartoon role.

Also, emission type toy according to the present invention is characterized in that, the emitter includes：Emitter shell, It is formed with emitter through hole in centre so that auxiliary transmission body is rehoused；Emitter elastic portion is set to the transmitting Body shell body, and constrain the auxiliary transmission body for being placed in the emitter through hole；Auxiliary transmission body is placed in the emitter and passes through Through-hole, and emitted using the restraining force of the emitter elastic portion.

Moreover, emission type toy according to the present invention is characterized in that, the emitter is by multiple emitter shells It constitutes, and when being launched when with collision on the ground, is unfolded and outer shape is made to be deformed into the second shape from first shape.

Also, emission type toy according to the present invention is characterized in that, the emitter is by separably combining Emitter first shell and emitter second shell are constituted.

Moreover, emission type toy according to the present invention is characterized in that, further include：Auxiliary pressurized portion is incorporated into branch The side of support part, and pressurize from outside to the emitter and promote to emit.

Advantageous effect

The present invention can be launched into the second shape when being inserted into from external movement and the emitter that arrives from first shape, from And have the advantages that game-play enjoyment can be improved.

Also, the emitter being inserted into the present invention is loaded in emission type toy and is emitted, can be into one to have Step improves the advantages of enjoyment of shooting game.

Description of the drawings

Fig. 1 is the stereogram for the first embodiment for indicating emission type toy according to the present invention.

Fig. 2 is the exploded perspective view for the construction for indicating the emission type toy according to Fig. 1.

Fig. 3 is the sectional side view for the structure for indicating the emission type toy according to Fig. 1.

Fig. 4 is the orthogonal view for the structure for indicating the emission type toy according to Fig. 1.

Fig. 5 is the exemplary plot for the emission process for indicating the emission type toy according to Fig. 1.

Fig. 6 is the stereogram for the operation for indicating the emission type toy according to Fig. 1.

Fig. 7 is the stereogram for indicating the transmitting operation according to the emission type toy of Fig. 1.

Fig. 8 is the stereogram for the second embodiment for indicating emission type toy according to the present invention.

Fig. 9 is the exploded perspective view for the construction for indicating the emission type toy according to Fig. 8.

Figure 10 is the exemplary plot for the operating process for indicating the emission type toy according to Fig. 8.

Figure 11 is another exemplary plot for the operating process for indicating the emission type toy according to Fig. 8.

Figure 12 is the stereogram for indicating the transmitting operation according to the emission type toy of Fig. 8.

Figure 13 is the stereogram for the 3rd embodiment for indicating emission type toy according to the present invention.

Figure 14 is the stereogram for the operating process for indicating the emission type toy according to Figure 13.

Figure 15 is the stereogram for indicating the transmitting operation according to the emission type toy of Figure 13.

Figure 16 is the stereogram for the fourth embodiment for indicating emission type toy according to the present invention.

Figure 17 is the stereogram for the operation for indicating the emission type toy according to Figure 16.

Figure 18 is the sectional view for the projectile configuration for indicating the emission type toy according to Figure 16.

Figure 19 is the stereogram for the 5th embodiment for indicating emission type toy according to the present invention.

Figure 20 is the stereogram for the operation for indicating the emission type toy according to Figure 19.

Figure 21 is the stereogram for the emitter emission part for indicating the emission type toy according to Figure 19.

Figure 22 is the stereogram for indicating the transmitting operation according to the emission type toy of Figure 19.

Figure 23 is the stereogram for the sixth embodiment for indicating emission type toy according to the present invention.

Figure 24 is the exploded perspective view for indicating the construction of 3 emission type toy according to fig. 2.

Figure 25 is the exemplary plot for indicating the operating process of 3 emission type toy according to fig. 2.

Figure 26 is another exemplary plot for indicating the operating process of 3 emission type toy according to fig. 2.

Figure 27 is the stereogram for the transmitting operation for indicating 3 emission type toy according to fig. 2.

Figure 28 is the stereogram of another embodiment for the emitter for indicating emission type toy according to the present invention.

Symbol description

100、100a、100b、100c、100d、100e：Shooting toy

110、110a、110b、110c、110d、110e：Main part

111：Main part shell 112：Rod piece through hole

113：First axle portion 114：Second hinge portion

114b：Third sticking department through hole 115：Support portion combined hole

115a：First sticking department through hole 116：Third hinge portion

120、120d：Support portion 121：Support portion main body

121b：First sticking department fixing groove 122：Rotary shaft

123：Support portion spring 124：Emitter insert port

125：Auxiliary transmission portion binding groove 126：Support portion through hole

130、130e：Emission part 131,131e：Emission part main body

131a、133e：Emission part protrusion 132e：Emission part chaining part

140、140b：Pressurization part 141：Rod piece

141b：Convex block portion 142：Ram

142a：Ram slot 143：Ram spring

150、150a：Door bolt portion 151,151 ', 151 "：Door bolt portion main body

151a：First contact site 151b：Second contact site

151c：Third contact site 151d：4th contact site

151e：5th contact site 152：Latch driving portion

153：First sticking department 154：Second sticking department

155：Link portions 156：Third sticking department

157：Door bolt portion spring 158：Emitter fixed part

159：Fixed part spring 160：Bounce portion

161：Bounce the first main body of portion 162：Bounce the second main body of portion

162a：Second sticking department fixing groove 170：Auxiliary bounces portion

171：Auxiliary bounces portion main body 171a：Third sticking department fixing groove

172：Auxiliary bounces portion's hinge 173：Rotary shaft

174：Auxiliary bounces portion's spring 200,200a, 200b, 200c：Emitter

210：Emitter shell 210 '：Emitter first shell

210″：Emitter second shell 211：The first through hole of emitter

211″：Alar part 212：The second through hole of emitter

220：Emitter elastic portion 230：Auxiliary transmission body

240：Emitter ram 250：Emitter pedestal

300：Auxiliary pressurized portion 310：Auxiliary pressurized portion main body

311：Auxiliary pressurized portion engagement groove 320：Auxiliary pressurized portion rod piece

330：Auxiliary pressurized portion ram

Specific implementation mode

Hereinafter, the preferred embodiment of emission type toy according to the present invention is described in detail by reference to attached drawing.

(first embodiment)

Fig. 1 is the stereogram for the first embodiment for indicating emission type toy according to the present invention, and Fig. 2 is to indicate according to Fig. 1 Emission type toy construction exploded perspective view, Fig. 3 is the sectional side view for indicating the structure according to the emission type toy of Fig. 1, Fig. 4 is the orthogonal view for the structure for indicating the emission type toy according to Fig. 1, and Fig. 5 is the hair for indicating the emission type toy according to Fig. 1 The exemplary plot of process is penetrated, Fig. 6 is the stereogram for the operation for indicating the emission type toy according to Fig. 1, and Fig. 7 is to indicate according to Fig. 1's The stereogram of the transmitting operation of emission type toy.

As shown in Figures 1 to 7, shooting toy 100 according to first embodiment is intended to execute following operation：Make by multiple portions Part constitute main body be configured to lock-out state by means of door bolt portion 150, to make outer shape maintain first shape, and when from External movement and the emitter 200 that arrives is inserted into the main body and when positioned at emission part 130, the emitter 200 releases door bolt portion 150 locking is deformed into the second shape, when the insertion to make the outer shape of the main body be unfolded from first shape Emitter 200, which is located at, to be arranged in the emission part 130 of main body, makes the emitter 200,200a, 200b using pressurization part 140 Emit from the main body for being deformed into the second shape.For this purpose, the shooting toy 100 includes：Main part 110, support portion 120, hair Portion 130 is penetrated, pressurization part 140, door bolt portion 150, portion 160 is bounced, assists bouncing portion 170, emitter 200.

That is, the shooting toy 100 is arranged in precalculated position, and when from external movement and the emitter 200 that arrives is received When the shooting toy 100, the lock-out state solution of shooting toy 100 is made by the contact between the emitter 200 It removes, to by first shape be deformed into the second shape, and makes to be contained in the emitter 200 of the shooting toy 100 from being deformed into Emitted in the shooting toy 100 of second shape.

The main part 110 forms receiving space and built-in emission part 130, pressurization part 140, door bolt portion 150 in inside, and can It pivotally supports the portion of bouncing 160 and auxiliary bounces portion 170, the main part 110 as described above includes：Main part shell 111, Rod piece through hole 112, first axle portion 113, second hinge portion 114, support portion combined hole 115, third hinge portion 116.

Also, for the main part 110, first shape is on the whole by mask (Mask) shape, helmet shape, shield Board shape, vehicle shape, building shape, body form, the oval shape of animal, at least one of animals shaped shape are formed, And when be unfolded from the first shape and when being deformed into the second shape, second shape by animals shaped, robot shape, probably At least one of imperial shape, arbitrary cartoon role shape is formed.

The main part shell 111 can be made of a component, or be combined with each other by multiple components and constituted.

Moreover, the main part shell 111 forms hollow and makes emission part 130, pressurization part 140 and door bolt portion 150 in inside It is arranged, the bottom surface side of the main part shell 111 forms opening so that emitter 200 can be plugged into main part 110 Inside is formed in the side of the opening：Guide portion 111a, for guiding mobile route, so that the emitter 200 being inserted into can To the medial movement of the main part shell 111.

Also, the main part shell 111 is constituted comprising following element：Rod piece through hole 112, by main part shell The side of body 111 is formed with rectangular shaped borehole, so that a part for pressurization part 140 is to top main part shell 111 The prominent predetermined length in outside；Third sticking department through hole 114b, makes a part for third sticking department 156 run through；First sticking department Through hole 115a makes a part for the first sticking department 153 run through；Second sticking department through hole 116a, makes the second sticking department 154 A part runs through.

The first axle portion 113 is arranged by forming through hole 113a in the both sides of rod piece through hole 112, and provides Support is so that the part towards the outside pressurization part 140 outstanding of main part shell 111 can rotate.

The second hinge portion 114 is formed with through hole 114a, and is arranged at the two sides of main part shell 111, from And provide support so that auxiliary bounce portion 170 can be along the axial-rotation in the second hinge portion 114.

The support portion combined hole 115 is formed in the drilling of the two sides of main part shell 111, to make support portion 120 Rotary shaft 122 be arranged.

The third hinge portion 116 is arranged at the side of main part shell 111, to provide support so as to bounce portion 160 can be along the axial-rotation in the third hinge portion 116.

The support portion 120 is following inscape：Main part 110 is arranged in such a way that ground is tightly attached in bottom surface Both sides, and when making door bolt portion 150 be unlocked by means of emitter 200, rotatably movably support the main part 110 and so that the shape of shooting toy 100 is changed to the second shape from first shape.The support portion 120 includes：Support portion master Body 121, rotary shaft 122 and support portion spring 123.

The support portion main body 121 is provided by being close to ground to be supported so that main part 110 can be placed, and wrap It includes：Through hole 121a, for rotary shaft 122 to be arranged；First sticking department fixing groove 121b, is engaged with the first sticking department 153.

The rotary shaft 122 is combined by support portion combined hole 115 with main part 110, and provides support so that described Main part 110 can be along the axial-rotation of the support portion main body 121.

The support portion spring 123 unlocks between main part 110 and support portion 120 and makes the first sticking department 153 In the case of the first sticking department fixing groove 121b separation, in providing elastic force so that the main part 110 is with rotary shaft 122 The heart is rotated.

Moreover, the support portion 120 can have multiple idler wheels (not shown) in the lower part of support portion 120, in user court When any direction pushes shooting toy 100, it can travel.

The emission part 130 is arranged on main part 110, and has the arc that the side of " ∩ " shape forms opening by section Shape elastomer is constituted, and emission part main body 131 makes the emitter 200 of insertion be rehoused in the inside of emission part 130 accordingly, above-mentioned The emitter 200 being rehoused can be emitted by means of elastic force from the side for forming opening.

Before the pressurization part 140 is set to main part 110 and formation of the emitter 200 to emission part 130 is made to have opening It is moved along end, so that the emitter 200 is launched, institute as above by means of the elastic force of emission part 130 to apply pressure The pressurization part 140 stated includes：Rod piece 141, ram 142, ram spring 143.

The rod piece 141 pressurizes as by user to emit the inscape of the emitter 200, by being formed in side Rotary shaft 141a and be rotatably engaged in first axle portion 113, and make a part to main body by rod piece through hole 112 The outside in portion 110 protrudes, and is formed with convex block portion 141b in the other side and is revolved centered on the rod piece 141 is by rotary shaft 141a During turning, pressurization ram 142 is so that it is moved along horizontal direction.

The ram 142 is constituted as follows：Side is connected to the convex block portion 141b of rod piece 141, and works as the bar When part 141 works, moves in the horizontal direction and make the emitter contact site 142b pressurization emitters for being formed in other side end 200。

Also, the ram 142 is formed along the length direction of ram main body by the ram slot of a side opening 142a and so that ram spring 143 is arranged, and prevent during the ram 142 carries out mobile and emission part 130 collide.

The side of the ram spring 123 is connected to the emission part protrusion 131a of emission part main body 131, other side arrangement In ram slot 142a, to provide elastic force so that ram 142 maintains precalculated position.

The door bolt portion 150 is arranged at main part 110, and is moved to latched position by means of emitter 200 or releases and lock Positioning is set, and the door bolt portion 150 as described above includes：Door bolt portion main body 151, latch driving portion 152, the first sticking department 153, second Sticking department 154, link portions 155, third sticking department 156 and door bolt portion spring 157.

Door bolt portion main body 151 is arranged at the lower part of main part 110, and by means of emitter 200 and in the horizontal direction It is moved, to make first to be unlocked from lock-out state to third sticking department 153,154,156, institute as described above Stating door bolt portion main body 151 includes：First contact site 151a, the second contact site 151b, third contact site 151c.

The first contact site 151a enables the first sticking department 153 as the side both sides for being set to door bolt portion main body 151 It is enough moved to the inscape of latched position or unlocked position, to the prominent predetermined length in the side of door bolt portion main body 151.

That is, the first contact site 151a is arranged in a manner of being contacted with the end of the first sticking department 153, thus In the case that door bolt portion main body 151 carries out movement in the horizontal direction, engaged with the side end of first sticking department 153, then The other side end of first sticking department 153 is allowed to be pivoted about with the first sticking department rotary shaft 153a.

The second contact site 151b is arranged at the side of door bolt portion main body 151, and so that the second sticking department 154 to locking The mode that position or unlocked position are subjected to displacement works, and the second contact site 151b, which is formed, as described above has predetermined angle The inclined surface of degree.

That is, the inclined surface of the second contact site 151b is arranged to be contacted with the end of the second sticking department 154, then when When door bolt portion main body 151 is moved in the horizontal direction, make the end of second sticking department 154 along second contact site The inclined surface of 151b is moved, and makes second sticking department 154 that can vertically execute operation.

The third contact site 151c is arranged by running through door bolt portion main body 151, to be engaged with link portions 155, When door bolt portion main body 151 is moved in the horizontal direction, the link portions 155 is driven to work, so as to so that third is locked Determine portion 156 to be moved in the horizontal direction.

The latch driving portion 152 is arranged at the other side of door bolt portion main body 151, and by with emitter 200 formed by Gravitation caused by magnetic field and driving force is provided so that door bolt portion main body 151 is subjected to displacement in the horizontal direction, as described above The latch driving portion 152 is preferably made of magnet.

The side of first sticking department 153 is contacted with the first contact site 151a, and the other side by the first sticking department to be passed through Through-hole 115a and the mode that is engaged in the first sticking department fixing groove 121b of support portion 120 is arranged, to according to door bolt portion main body 151 Displacement and so that the first sticking department 153 is pivoted about with the first sticking department rotary shaft 153a.

The side of second sticking department 154 is contacted with the inclined surface of the second contact site 151b, and the other side is to pass through second Sticking department through hole 116a and the mode that is engaged in the second sticking department fixing groove 162a in the portion of bouncing 160 are arranged, and according to door bolt portion The displacement of main body 151 and so that the second sticking department 154 is pivoted about with the second sticking department rotary shaft 154a, to make clamping Protrusion 154b is detached with the portion of bouncing 160.

Moreover, second sticking department 154 includes：Second sticking department spring 154c, when door bolt portion 150 is sent out along horizontal direction Raw displacement and when being moved to unlocked position, elastic force is provided and make the clamping protrusion 154b of second sticking department 154 to It moves lower section.

The link portions 155 form rotary shaft 155a in both sides and make link portions 155 can be with the displacement of door bolt portion main body 151 It is rotated, door bolt portion main body 151 is incorporated into the first protruding portion 155b of the side definite length extended of the link portions 155 Third contact site 151c, to the second protruding portion 155c thirds with the other side definite length extended to the link portions 155 Sticking department 156 engages.

The third sticking department 156 is formed with clamping protrusion 156a in both side ends, and the clamping protrusion 156a is to pass through Third sticking department through hole 114b and bounce the mode that the third sticking department fixing groove 171a in portion 170 is engaged with auxiliary and be arranged.

Also, the third sticking department 156 is connected to the second protruding portion 155c being arranged in link portions 155, thus with The operation of the link portions 155 and bounce portion 170 with auxiliary and be fixed to each other or detach.

Door bolt portion spring 157 is set to the side of door bolt portion main body 151, and provides elastic force and make door bolt portion main body 151 maintain precalculated position.

That is, being subjected to displacement and moving because of the gravitation between latch driving portion 152 and emitter 200 in door bolt portion main body 151 Later, if emitting the emitter 200, door bolt portion main body 151 revert to original position.

The portion 160 that bounces is rotatably engaged by third hinge portion 116 in main part 110, and works as 150 quilt of door bolt portion When unlocking, it is unfolded from the main part 110 and the shape of shooting toy 100 is made to be deformed into the second shape by first shape, Portion 160 is bounced described in as described above in order to realize that more lively expansion is dynamic during being detached from main part 110 and be unfolded Make, and include the first main body of the portion of bouncing 161, bounce the second main body of portion 162, bounce portion's spring 163 and constitute, in the present embodiment Then it is made of head shape.

First main body of portion 161 that bounces is combined by forming rotary shaft 161a in side with third hinge portion 116, and The other side is provided with the second main body of the portion of bouncing 162.

The side for bouncing the second main body of portion 162 is incorporated into the first main body of the portion of bouncing 161, and the other side then passes through the second lock Determine portion fixing groove 162a and combined with the second sticking department 154, to make the state for being fixed on main part 110 be maintained.

In the present embodiment, with it is described bounce portion 160 and be isolated from the first main body of the portion of bouncing 161 and bounce the second main body of portion 162 situation is illustrated for example, however is not limited thereto, and can also be made of single main body, or by three with On main body constitute.

The rotary shaft 161a for bouncing portion's spring 163 and being arranged at the first main body of the portion of bouncing 161, in the portion of bouncing the In the case that two main bodys 162 are detached with the second sticking department 154, elastic force is provided so that first main body of portion 161 that bounces is with Three hinge parts 116 pivot about.

The auxiliary bounces portion 170 and is rotatably engaged in main part 110 by second hinge portion 114, and works as door bolt portion 150 when being unlocked, and is unfolded from the main part 110, to make the shape of shooting toy 100 be deformed into the from first shape Two shapes, the auxiliary as described above bounce portion 170 and include：Auxiliary bounces portion's main body 171, auxiliary bounces portion's hinge 172, rotation Shaft 173, auxiliary bounce portion's spring 174.

It is the component formed by wing shape that the auxiliary, which bounces portion's main body 171, and is formed with and is nibbled with third sticking department 156 The third sticking department fixing groove 171a of conjunction, and side end is provided with auxiliary and bounces portion's hinge 172.

The auxiliary bounces portion's hinge 172 and is combined by second hinge portion 114 and rotary shaft 173, to make auxiliary bullet Portion's main body 171 is played to pivot about with the axial direction in the second hinge portion 114.

The auxiliary bounces portion's spring 174 and is arranged at rotary shaft 173, to bounce portion's main body 171 and third in auxiliary In the case that sticking department 156 detaches, elastic force is provided and the auxiliary is made to bounce during portion's main body 171 is with second hinge portion 114 The heart is rotated.

The emitter 200 is moved in a manual manner by means of the power of user, or in arbitrary emitter To transmitting, and various shape such as spherical shape, disc-shape, polyhedron-shaped, polygonal shape can be formed as, and can be with Be made of magnetic substances such as iron or built-in magnetic body and constitute, with the latch driving portion 152 1 with the door bolt portion 150 being made of magnet It rises and forms magnetic field.

That is, the emitter 200 is in the case where constituting the nonmagnetic material shape of plastic resin etc, it can also be described The inside setting of emitter 200 can be used to form the component of the metal material in magnetic field and constitute.

Moreover, it is made of a non-magnetic material in the emitter 200, can additionally it match in the inside of emitter 200 It is ready for use on the luminescence unit (not shown) of transmitting light, to be constituted in a manner of further increasing visual effect.

Also, it is made of a non-magnetic material in the emitter 200, the inside of emitter 200 can be made also to wrap The component for including at least one of animal, object, word, number, figure, cartoon role, to be able to as various game Tool is by flexible utilization.

Hereinafter, being illustrated to the operating process of shooting toy 100 according to the present invention.

Portion 160 will be bounced and auxiliary bounces portion 170 and is close to be fixed on main part 110, make the main part 110 then with support It rotates and fixes centered on the rotary shaft 122 in portion 120, to make the shape of shooting toy 100 be maintained at first shape.

Shooting toy 100 in first shape is arranged in any position, then user makes emitter 200 towards described Shooting toy 100 and move.

It is moved along guide portion 111a when the emitter 200 is inserted into the side of the formation opening of main part 110 And be located at and be arranged in the emission part 130 of the inside of the main part 110, latch driving portion 152 and emitter in door bolt portion 150 The gravitation based on magnetic field occurs between 200, to make the door bolt portion 150 be moved towards 200 direction of emitter.

When the door bolt portion 150 is moved by means of the gravitation caused by magnetic field towards left direction in attached drawing shown in Fig. 3 When, the first to third contact site 151a, 151b, 151c of door bolt portion 150 also moves towards left direction together, to make by first Sticking department 153, the second sticking department 154 and link portions 155 and link third sticking department 156 be moved to releasing from latched position Latched position.

When described first to the position of third sticking department 153,154,156 is subjected to displacement, locked with described first to third Determine the engagement of portion 153,154,156 and be in the main part 110 of stationary state, bounce portion 160 and assists bouncing the rotation of portion 170 and open up It opens, to make the shape of shooting toy 100 be deformed into the second shape from first shape.

That is, when the first sticking department 153 unlocks, as shown in figure 5, main part 110 is by means of support portion spring 123 Elastic force and pivoted about with the rotary shaft of support portion 120 122, and when the second sticking department 154 unlocks, bounce Portion 160 is pivoted about and is unfolded with third hinge portion 116 by means of bouncing the elastic force of portion's spring 163, and In the case that three sticking departments 156 are unlocked, auxiliary bounce portion 170 by means of auxiliary bounce portion's spring 174 elastic force and It pivots about and is unfolded with second hinge portion 114.

In addition, when shooting toy 100 is deformed into the second shape by means of the emitter 200, the hair of the insertion Beam 200 is constrained by means of the magnetic force between latch driving portion 152 in the state of being placed in emission part 130, and As shown in figure 4, emission part 130 uses restraint in the horizontal direction at by the position for surrounding 2/3 or so around emitter 200.

When user presses the rod piece 141 of pressurization part 140, the rod piece 141 is revolved centered on first axle portion 113 Turn, is formed in the convex block portion 141b pressurization rams 142 of the side of the rod piece 141 and it is made to move in the horizontal direction.

The ram 142 is moved along horizontal direction and pressurize emitter 200 in the case of, once constrained the transmitting The formation of the emission part 130 of body 200 has the both-side ends of opening to open, and is made by means of the elastic force of the emission part 130 Emitter 200 is launched.

Therefore, when the emitter to arrive from external movement is inserted into toy, it is launched into the second shape from first shape, and After the emitter of insertion is loaded into emission type toy, its transmitting is made by operation, trip can be further increased accordingly The enjoyment of play.

(second embodiment)

Fig. 8 is the stereogram for the second embodiment for indicating emission type toy according to the present invention, and Fig. 9 is to indicate according to Fig. 8 Emission type toy construction exploded perspective view, Figure 10 is the example for indicating the operating process according to the emission type toy of Fig. 8 Figure, Figure 11 are another exemplary plot for the operating process for indicating the emission type toy according to Fig. 8, and Figure 12 is the hair indicated according to Fig. 8 The stereogram of the transmitting operation of emitting toy.

First, omit for the inscape being identical with the first embodiment duplicate explanation then, and to identical composition Element assigns identical reference numeral.

As shown in Fig. 8 to Figure 12, shooting toy 100a according to second embodiment is intended to execute following operation：Main body by In door bolt portion, 150a is configured to lock-out state, to make outer shape maintain first shape, when from external movement and the transmitting that arrives When body 200 is inserted into the main body and releases the locking of the door bolt portion 150a, the main body is unfolded and makes outer shape from first Shape distortion is the second shape, and the emitter 200 of above-mentioned insertion is arranged at the emission part 130 of main body and is constrained, and works as pressurization Portion 140 pressurize the emitter 200 when, promote to emit using the restraining force for acting on the emission part 130.For this purpose, described Shooting toy 100a includes：Main part 110a, support portion 120, emission part 130, pressurization part 140, door bolt portion 150a, bounce portion 160, Auxiliary bounces portion 170, emitter 200.

For shooting toy 100a according to second embodiment, passing through the physical contact between emitter 200 Mode and in terms of making the composition that door bolt portion 150a operated, with it is according to first embodiment using and emitter 200 magnetic field institute The shooting toy 100 that caused gravitation makes door bolt portion 150 execute operation has differences.

That is, shooting toy 100a according to second embodiment is constituted as follows：Even if emitter 200 is by nonmagnetic material It constitutes or the emitter 200 is made of magnetic substance, also door bolt portion 150a can be made to execute work by physical contact mode Make.

The main part 110a is formed with receiving space and built-in emission part 130, pressurization part 140 and door bolt portion in inside 150a, and provide and support so as to bounce portion 160 and auxiliary bounces portion 170 and can rotate.

Moreover, the main part 110a is be combined with each other by a component or multiple components and constituted, and include：Main part shell Body 111, shape is by being integrally formed as mask (Mask) shape, helmet shape, shield shape, vehicle shape, building shape, object Shape, animal at least one of oval shape shape；Rod piece through hole 112；First axle portion 113；Second hinge portion 114；Support portion combined hole 115 and third hinge portion 116.

The main part shell 111 forms hollow and emission part 130, pressurization part 140, door bolt portion 150a is made to be set in inside It sets, the inside that the bottom surface side of the main part shell 111 is open and makes emitter 200 that can be inserted into main part 110a, The side of above-mentioned formation opening is formed with the guide portion 111a for guiding mobile route so that the emitter 200 being inserted into can be to institute The medial movement of main part shell 111 is stated, the guide portion 111a is formed with the fixed part that emitter fixed part 158 can be arranged Slot 111b is set.

The door bolt portion 150a is used as and is set to main part 110a and is moved to latched position or releasing by means of emitter 200 The inscape of latched position, including：Door bolt portion main body 151 ', latch driving portion 152a, the first sticking department 153, the second sticking department 154, link portions 155, third sticking department 156, door bolt portion spring 157, emitter fixed part 158, fixed part spring 159.

Door bolt portion main body 151 ' is arranged at the lower part of main part 110a, and by means of emitter 200 and along level side To movement, to make first to be unlocked in the locked state to third sticking department 153,154,156, emitter fixed part 158 are operated and become lock-out state from the state of unlocking, and door bolt portion main body 151 ' includes：First contact site 151a, Second contact site 151b, third contact site 151c and the 4th contact site 151d.

The 4th contact site 151d moves emitter fixed part 158 as the other side for being set to door bolt portion main body 151 ' The inscape to latched position or unlocked position is moved, the inclined surface for having predetermined angular is formed in end.

That is, the inclined surface of the 4th contact site 151d is configured to contact with the end of emitter fixed part 158, to In the case that main body 151 ' moves in the horizontal direction in door bolt portion, make the end of the emitter fixed part 158 along the described 4th The inclined surface of contact site 151d is subjected to displacement, and the emitter fixed part 158 is enable to be carried out centered on rotary shaft 158a Rotation process.

The latch driving portion 152a is arranged at the other side of door bolt portion main body 151 ', and by between emitter 200 Physical contact and so that door bolt portion main body 151 ' is subjected to displacement in the horizontal direction, the as described above latch driving portion 152a It is made of protrusion, the protrusion by the collision between the emitter 200 can make the mobile pre- spacing of door bolt portion main body 151 ' From mode protrude.

The side of the emitter fixed part 158 is contacted with the inclined surface of the 4th contact site 151d, and the other side is then by solid Determine portion setting slot 111b and expose, to be arranged to be close to emitter 200, and hair is made according to the displacement of door bolt portion main body 151 ' Beam fixed part 158 is pivoted about with rotary shaft 158a, and is mutually close to or is detached with the emitter 200.

The fixed part spring 159 is arranged at the rotary shaft 158a of emitter fixed part 158, and provides elastic force and make The emitter fixed part 158 maintains precalculated position.

Hereinafter, being illustrated to the operating process of shooting toy according to second embodiment.

Portion 160 will be bounced and auxiliary bounces portion 170 and is close to be fixed on main part 110a, and make the main part 110a to prop up The rotary shaft 122 of support part 120 is pivoted about and is fixed, and the shape of shooting toy 100a is made to maintain first shape accordingly.

Shooting toy 100a in first shape is arranged in any position, and is emitted emitter 200 by user, from And the emitter 200 is made to be moved to the shooting toy 100a.

If the formation that the emitter 200 is inserted into main part 110a has the side of opening and is moved along guide portion 111a It is dynamic, and positioned at the emission part 130 being arranged in the inside of the main part 110a, then the latch driving portion 152a of door bolt portion 150a will It is moved to the moving direction of the emitter 200 due to the physical contact and collision between emitter 200.

When the door bolt portion 150a is moved, first to fourth contact site 151a, 151b, 151c, 151d of door bolt portion 150a It moves together, to make the third sticking department to link by the first sticking department 153, the second sticking department 154 and link portions 155 156 are subjected to displacement from latched position to unlocked position, and and emitter fixed part 158 are made to be close to be consolidated with emitter 200 It is scheduled on emission part 130.

In the case where described first to the position of third sticking department 153,154,156 is subjected to displacement, with described first to Third sticking department 153,154,156 engages and is in the main part 110a of stationary state, bounces portion 160 and assist bouncing portion 170 It will be pivoted about with support portion 120, or be unfolded centered on the main part 110a, to make shooting toy The shape of 100a is deformed into the second shape from first shape.

In addition, when shooting toy 100a is deformed into the second shape by means of the emitter 200, the hair of above-mentioned insertion Beam 200 is constrained by means of emitter fixed part 158 in the state of being placed in emission part 130.

Then, if user presses the rod piece 141 of pressurization part 140, during the rod piece 141 is with first axle portion 113 The heart and rotate, be formed in the side of the rod piece 141 convex block portion 141b apply pressure and make ram 142 along horizontal direction It is mobile, to make emitter 200 be launched by means of the elastic force of emission part 130.

Therefore, even if the emitter of the nonmagnetic material to arrive from external movement can be from if being inserted into toy shooting toy One shape is launched into the second shape, the emitter of insertion can by means of emitter fixed part and after fixed to emission type toy quilt Transmitting.

(3rd embodiment)

Figure 13 is the stereogram for the 3rd embodiment for indicating emission type toy according to the present invention, and Figure 14 is to indicate according to figure The stereogram of the operating process of 13 emission type toy, Figure 15 are to indicate that the transmitting according to the emission type toy of Figure 13 operates vertical Body figure.

As shown in FIG. 13 to 15, shooting toy 100b according to third embodiment is a kind of following inscape： By making shape from during first shape is deformed into the second shape with the contact of emitter 200 and collision, make rotatable The main part 110b that ground is combined with multiple components deforms.The shooting toy 100b is in the deformation construction side of main part 110b Face with according to first embodiment, the shooting toy of second embodiment 100,100a have differences.

That is, first embodiment and second embodiment are bounced 160 He of portion by shooting toy 100b according to third embodiment Auxiliary bounces portion 170 and is formed in main part 110b itself, and accordingly in the case where the locking in door bolt portion is released from, main part 110b is certainly Body is unfolded and deforms towards front side, rear side left side and right direction.

Also, pressurization part 140b is rotatably set in the side of main part 110b according to the shape of shooting toy 100b It sets.

Therefore, if the emitter to arrive from external movement is inserted into toy, shooting toy is launched into from first shape The emitter of second shape, insertion can be fixed on and be launched after emission type toy by means of emitter fixed part.

(fourth embodiment)

Figure 16 is the stereogram for the fourth embodiment for indicating emission type toy according to the present invention, and Figure 17 is to indicate according to figure The stereogram of the operation of 16 emission type toy, Figure 18 are the section for the projectile configuration for indicating the emission type toy according to Figure 16 Figure.

As shown in Figure 16 to Figure 18, according to the shooting toy 100c of fourth embodiment in main part 110c and emitter 200a Composition in terms of with first to 3rd embodiment shooting toy 100,100a, 100b have differences.

That is, the main part 110c of shooting toy 100c according to third embodiment is formed with than first to 3rd embodiment Shooting toy 100,100a, 100b broader guide portion 111a ' so that the emitter 200a of disc-shape is inserted into, and It may include emitter fixed part 158 so that the emitter 200a for being inserted into the guide portion 111a ' can be fixed.

Components of the emitter 200a as disc-shape, including：Emitter shell 210, emitter elastic portion 220, Auxiliary transmission body 230.

The emitter shell 210 is formed with the first through hole of emitter 211 and the second through hole of emitter 212 so that auxiliary Emitter 230 is helped to be placed in center.

The first through hole of the emitter 211 is formed to have the smaller diameter than built-in 230 diameter of auxiliary transmission body, The second through hole of the emitter 212 is then formed to have the diameter than 230 diameter bigger of auxiliary transmission body.

The emitter elastic portion 220 is arranged at the second through hole of emitter 212 of emitter shell 210, to make The auxiliary transmission body 230 for being placed in the first, second through hole of emitter 211,212 is constrained.

The auxiliary transmission body 230 is following inscape：It is placed in the first, second through hole of emitter 211,212, And when pressurization part applies to the auxiliary transmission body 230 from 211 direction of the first through hole of emitter towards the second through hole of emitter When the pressure in 212 directions, it is launched using the restraining force of the emitter elastic portion 220.The auxiliary transmission body 230 is by ball The pearl of shape is constituted.

Therefore, main when being inserted into the main part 110c of shooting toy 100c from external movement and the emitter 200a that arrives Body portion 110c is launched into the second shape from first shape, and the emitter 200a of insertion by means of emitter fixed part 158 and It is fixed on after main part 110c, is worked in a manner of so that auxiliary transmission body 230 is emitted.

(the 5th embodiment)

Figure 19 is the stereogram for the 5th embodiment for indicating emission type toy according to the present invention, and Figure 20 is to indicate according to figure The stereogram of the operation of 19 emission type toy, Figure 21 are to indicate according to the vertical of the emitter emission part of the emission type toy of Figure 19 Body figure, Figure 22 are the stereogram for indicating the transmitting operation according to the emission type toy of Figure 19.

As shown in Figure 19 to Figure 22, according to the main part 110d of the shooting toy 100d of the 5th embodiment towards front side, after Side, upside or side are bounced, and include：Support portion 120d has door bolt portion, for making in the case where emitter 200a is inserted into The main part 110d is bounced；Auxiliary pressurized portion 300, for emitting the emitter 200a for being inserted into the support portion 120d.

That is, for the shooting toy 100d according to the 5th embodiment, when the emitter 200a of cloud plate shape is inserted into It when side is formed with the support portion 120d of opening, unlocks and main part 110d is made to bounce, be inserted into the support portion 120d The other sides of the emitter 200a by being incorporated into the support portion 120d auxiliary pressurized portion 300 by be launched.

The constituted mode of expansion main part 110d as described above by the first, second embodiment bounce portion and auxiliary bounces The inscape in portion is formed in main part 110d, and when the locking in door bolt portion is released from, make main part 110d itself directions Front side, rear side, left side, right side and upper direction are unfolded and are deformed.

In the support portion 120d, side is formed with the transmitting that opening is formed in a manner of being inserted into for emitter 200a Body insertion section 124, and be internally provided with door bolt portion, to by by between the emitter 200a contact or collision cause Displacement and unlock, to make main part 110d be launched into the second shape from first shape.

Moreover, the support portion 120d is formed with auxiliary transmission portion binding groove 125 and support portion through hole in the other side 126, with auxiliary pressurized portion 300 in conjunction with and so that emitter 200a is launched.

The auxiliary pressurized portion 300 is as a kind of side being incorporated into support portion 120d and to being inserted into the branch from outside The emitter 200a of support part 120d is pressurizeed and is made the inscape of its transmitting, including：Auxiliary pressurized portion main body 310；Auxiliary Pressurization part rod piece 320 is arranged at auxiliary pressurized portion main body 310 and detects plus-pressure from the user；Auxiliary pressurized portion Ram 330 executes operation according to the operation of auxiliary pressurized portion rod piece 320, to apply pressure to emitter 200a Or it gives and hits.

That is, the auxiliary pressurized portion 300 passes through the auxiliary transmission portion binding groove 125 with the side for being formed in support portion 120d And auxiliary pressurized portion engagement groove 311 engages and is fixed in the support portion 120d, when user presses auxiliary pressurized portion rod piece 320 When, auxiliary pressurized portion ram 330 is pressurizeed or is hit to emitter 200a through support portion through hole 126, from And the emitter 200a is made to be launched.

In the present embodiment, with the emitter of disc-shape as an example, however be not limited thereto, can also be changed to The emitters such as spherical shape, polygonal shape, polyhedron-shaped, ring-shaped and be carried out.

Therefore, main when being inserted into the support portion 120d of shooting toy 100d from external movement and the emitter 200a that arrives Body portion 110d is bounced from first shape is launched into the second shape, and the emitter 200a of insertion is then by being incorporated into support portion 120d's The auxiliary pressurized portion 300 of side and be launched.

(sixth embodiment)

Figure 23 is the stereogram for the sixth embodiment for indicating emission type toy according to the present invention, and Figure 24 is to indicate according to figure The exploded perspective view of the construction of 23 emission type toy, Figure 25 are to indicate showing for the operating process of 3 emission type toy according to fig. 2 Illustration, Figure 26 are another exemplary plot for indicating the operating process of 3 emission type toy according to fig. 2, and Figure 27 is to indicate according to fig. 23 Emission type toy transmitting operation stereogram.

First, the repeat description to the inscape for being identical to second embodiment is omitted, and to identical inscape Assign identical reference numeral.

As shown in Figure 23 to Figure 27, it is intended to execute following operation according to the shooting toy 100e of sixth embodiment：Main body is borrowed Help door bolt portion 150e and be configured to lock-out state, to make outer shape maintain first shape, arrives when from external movement When emitter 200b is inserted into the main body and releases the locking of the door bolt portion 150e, main body expansion and make outer shape from First shape is deformed into the second shape, and the emission part 130e that the emitter 200b of the insertion is arranged at main body is constrained, when When pressurization part 140 pressurizes to the emitter 200b, make the transmitting using the restraining force for acting on the emission part 130e Body is launched.The shooting toy 100e includes：Main part 110e, support portion 120, emission part 130e, pressurization part 140, door bolt portion 150e, it bounces portion 160, assist bouncing portion 170, emitter 200b.

According to the shooting toy 100e of sixth embodiment in the composition side of emission part 130e, door bolt portion 150e, emitter 200b Face has differences with shooting toy according to second embodiment.

The emission part 130e is arranged at main part 110e, and forms the arc of opening or semicircular elasticity by side Body is constituted, and emitter 200b is enable to be fixed in the inside of main part 110e, and enables above-mentioned fixed emitter 200b Enough elastic forces by means of emission part 130e and to being formed with the main part 110e transmittings of opening, and be configured to include：Emission part Main body 131e, emission part chaining part 132e, emission part protrusion 133e.

Components with elastic force of the emission part main body 131e as circular shape is formed with emission part chain in side Fitting 132e, and it is formed with emission part protrusion 133e in the other side, it is formed with emission part in the sides emission part chaining part 132e Rotary shaft 131e ', to be configured to make emission part main body 131e to be revolved centered on the emission part rotary shaft 131e ' Turn.

Moreover, the emission part main body 131e can be contacted with emitter 200b, and pressurizes emitter 200b and keep it tight Main part 110e ' medial surfaces are affixed on, to make the emitter 200b be fixed.

The emission part chaining part 132e is arranged to engage with the 5th contact site 151e of door bolt portion 150e, to according to institute It states the horizontal displacement of door bolt portion 150e and the end of emission part 130e is made to be rotated centered on emission part rotary shaft 131e '.

The emission part protrusion 133e by being contacted with the emitter 200b for the inner surface for being tightly attached to emission part main body 131e, And the emitter 200b is enable more to be firmly fixed, and during the emitter 200b is launched, can lead to Crossing makes the displacement of emission part main body 131e increase and the elastic force for emitter 200b is made to further increase.

The door bolt portion 150e as be set to main part 110e and be moved to by means of emitter 200b latched position or The inscape of unlocked position, including：Door bolt portion main body 151 ", latch driving portion 152a, the first sticking department 153, second lock Determine portion 154, link portions 155, third sticking department 156 and door bolt portion spring 157.

Door bolt portion main body 151 " is arranged at the lower part of main part 110e, and in the case where being collided with emitter 200b It moves in the horizontal direction, to make first to be unlocked under lock-out state to third sticking department 153,154,156, emission part 130e then as the inscape for executing operation in a manner of being tightly attached to emitter 200b, including：First contact site 151a, second Contact site 151b, third contact site 151c, the 5th contact site 151e.

The 5th contact site 151e is as being set to door bolt portion main body 151 " and emission part 130e is made to work in a rotative pattern Inscape, formed by oblong shaped through holes or rectangle slot, the oblong shaped through holes are along door bolt portion main body 151 " length direction and formed, the rectangle slot is for making emission part chaining part 132e be inserted into.

That is, the 5th contact site 151e is arranged in a manner of being inserted into for emission part chaining part 132e, then when door bolt portion Main body 151 " when being moved along horizontal direction, the emission part chaining part 132e movements, to make emission part 130e with emission part Rotary shaft 131e ' is pivoted about.

Components of the emitter 200b as ring-shaped rolls or when being driven by user by arbitrary emitter When (not shown) is emitted, it is rolled to shooting toy 100e, and can be made of metal material or plastic resin material etc..

In addition, in the present embodiment, the shape of the emitter 200b is limited to annular and is illustrated, however simultaneously It is not limited to this, it can be changed the transmitting for the shape that more disk (or plectane) shape, cylindrical shape, cylindrical shape etc. can roll Body and implement, this is self-evident to those skilled in the art.

Hereinafter, being illustrated to the operating process of the shooting toy according to sixth embodiment.

Portion 160 will be bounced and auxiliary bounces portion 170 and is close to be fixed on main part 110e, and make the main part 110e to prop up It is rotated and is fixed centered on the rotary shaft 122 of support part 120, to make the shape of shooting toy 100e maintain the first shape Shape.

Shooting toy 100e in first shape is arranged in arbitrary position, and is sent out emitter 200b by user It penetrates, to make the emitter 200b be moved to the shooting toy 100e.

The side of openings of the emitter 200b from main part 110e is inserted into and is moved along guide portion, is set to described The latch driving portion 152a of the door bolt portion 150e of the inside of main part 110e is because of the physical contact and collision between emitter 200b And it is moved and is subjected to displacement to the moving direction of the emitter 200b.

If door bolt portion 150e movement, door bolt portion 150e first to third contact site 151a, 151b, 151c also together It is mobile, to make the third sticking department 156 to link by the first sticking department 153, the second sticking department 154, link portions 155 from lock Positioning, which is set, is moved to unlocked position, and emission part 130e is then rotated and is close to the outer surface of emitter 200b, to It is fixed in emission part 130e.

When described first to third sticking department 153,154,156 position change, by being locked with described first to third Determine the engagement of portion 153,154,156 and make the main part 110e of stationary state, bounce portion 160 and assist bouncing portion 170 with support portion 120 pivot about, or are unfolded centered on the main part 110e, to make the shape of shooting toy 100e from First shape is deformed into the second shape.

In addition, when making shooting toy 100e be deformed into the second shape by means of the emitter 200b, above-mentioned insertion Emitter 200b constrained in the state of being placed in main part shell and emission part 130e by means of emission part 130e.

Then, when user presses the rod piece 141 of pressurization part 140, the rod piece 141 is centered on first axle portion 113 And rotate, it is formed in the convex block portion 141b pressurization rams 142 of the side of the rod piece 141 and it is made to be moved in the horizontal direction It is dynamic, to make emitter 200b be emitted by means of the elastic force of emission part 130e.

Also, the figure that Figure 28 is another embodiment for indicating emitter 200c, the emitter 200c is by emitter first Shell 210 ' and emitter second shell 210 " constitute, and being launched and with collision on the ground in the case of is unfolded, and make outside Shape is deformed into the second shape from first shape.

That is, the emitter 200c is configured to include the emitter first shell 210 ' that separably combines and emitter the Two shells 210 ".

The emitter first shell 210 ' and emitter second shell 210 are " as the component of semi-spherical shape, by mutual Between grafting and combination and maintain spherical shape, and when being launched by means of emission part, the collision between ground Make under the action of the impact force generated in journey it is described in conjunction with release and detach, to be deformed into the second shape.

Moreover, the emitter first shell 210 ' is internally provided with：Emitter ram 240, when colliding It is subjected to displacement, to by means of elastic force and to emitter second shell 210 and " applies impact or pressurization.Accordingly, can make described Emitter first shell 210 ' and emitter second shell 210 " separation more easily realize.

Also, in the emitter second shell 210 " in, multiple alar parts 211 " can centered on emitter pedestal 250 Rotatably be arranged, and when the emitter pedestal 250 be launched body ram 240 it is hit when, by with emitter first shell Body 210 ' detaches and makes the alar part 211 and " be unfolded, to make outer shape be deformed into the second shape from first shape.

In the present embodiment, the emitter 200c is described as be kept completely separate two components, however be not limited to This, can also deformation implementation be following form：The emitter 200c can be not completely separated from, and be made in the state of combination Part rotation detaches and is unfolded.

Therefore, even if the emitter of the nonmagnetic material to arrive from external movement can be from if being inserted into toy shooting toy One shape is launched into the second shape, and the emitter being inserted into can be fixed in emission type by means of emitter fixed part Emitted after toy.

As described above, be illustrated with reference to the preferred embodiment of the present invention, however the technology neck belonging to the present invention Well-trained technical staff in domain can be in the limit of the thought and range that do not depart from the present invention recorded in claims Interior to be subject to various modifications and changes to the present invention, this point is presumably appreciated that.

Moreover, during being illustrated to the embodiment of the present invention, it is illustrated that the thickness or structure of the lines in attached drawing Size at element etc. may be exaggerated and show for the convenience of explanation, and above-mentioned term is in view of work(in the present invention Can and the term that defines, may because of user, it is different due to transport the intention or convention of user, therefore must be based on through entire The content of specification and explain these terms.

Claims (22)

1. a kind of emission type toy, wherein the main body being made of multiple components is set by means of door bolt portion (150,150a, 150e) Be set to lock-out state, to maintain first shape, when from external movement and the emitter (200,200a, 200b, 200c) that arrives is inserted When entering emission part (130,130e) to the main body and positioned at the main body, the emitter (200,200a, 200b, 200c) The door bolt portion (150,150a, 150e) is set to unlock, to make the main body be launched into the second shape.

2. emission type toy as described in claim 1, wherein the emission type toy is constituted as follows：

When the emitter (200,200a, 200b, 200c) is located at emission part (130,130e), using pressurization part (140, The emitter (200,200a, 200b, 200c) 140b) is set to emit from the main body for being deformed into the second shape.

3. emission type toy as claimed in claim 2, which is characterized in that the emission type toy further includes：

Portion (160,170) is bounced, is rotationally arranged at the main body, and when the door bolt portion (150,150a, 150e) are released from It is unfolded when locking.

4. emission type toy as claimed in claim 3, which is characterized in that the emission type toy further includes：

Support portion (120,120d), is set to main body, for when the door bolt portion (150,150a, 150e) are unlocked, carrying For supporting so that the main body is along positive or counter-rotating, or provide support so that the main body to front side, rear side, upside or It bounces side.

5. emission type toy as claimed in claim 4, which is characterized in that the support portion (120) includes：

Multiple idler wheels, for enabling emission type toy along arbitrary direction running.

6. emission type toy as claimed in claim 4, which is characterized in that the main body includes：

Main part (110,110a, 110b, 110c, 110d, 110e), inside is formed with receiving space；

Emission part (130,130e) is set to the main part (110,110a, 110b, 110c, 110d, 110e), and makes insertion Emitter (200,200a, 200b, 200c) be rehoused and restrained；

Pressurization part (140,140b), for make the emitter (200,200a, 200b, 200c) to the emission part (130, Front end movement 130e), and apply pressure and emitted with the elastic force by means of the emission part (130,130e)；And

Door bolt portion (150,150a, 150b), is set to the main part (110,110a, 110b, 110c, 110d, 110e), and by It is subjected to displacement to latched position or unlocked position in the emitter (200,200a, 200b, 200c).

7. emission type toy as claimed in claim 6, which is characterized in that the main part (110) includes：

Main part shell (111), is at least made of more than one component, and be formed with when the emitter (200,200a, The guide portion (111a) of mobile route is guided when 200c) being inserted into；

Rod piece through hole (112) drills to the main part shell (111)；And

Multiple hinge parts (113,114,116), provide support, so that bouncing main body, support portion (120) and pressurization part (140) can Rotatably it is incorporated into the main part shell (111).

8. emission type toy as claimed in claim 7, which is characterized in that the main part (110) is constituted as follows：

First shape is formed as mask shape, helmet shape, shield shape, vehicle shape, building shape, body form, animal Oval shape, at least one of animals shaped shape；

Second is shaped so as at least one of animals shaped, robot shape, dinosaur shape, arbitrary cartoon role shape Shape.

9. emission type toy as claimed in claim 6, which is characterized in that the emission part (130) is that side is formed with opening Arc elastic body.

10. emission type toy as claimed in claim 6, which is characterized in that the pressurization part (140) includes：

Rod piece (141) is rotatably arranged centered on the rod piece through hole (112)；

Ram (142), side are connected to the rod piece (141), and when the rod piece (141) executes work, other side end Pressurize the emitter (200,200a, 200b, 200c) at end；And

Ram spring (143), provides elastic force, so that the ram (142) maintains precalculated position.

11. emission type toy as claimed in claim 6, which is characterized in that the door bolt portion (150) is by means of the emitter (200,200a, 200b, 200c) are subjected to displacement with the gravitation caused by magnetic field.

12. emission type toy as claimed in claim 6, which is characterized in that the door bolt portion (150a, 150e) by with the hair The physical contact of beam (200,200a, 200b, 200c) and be subjected to displacement.

13. emission type toy as claimed in claim 6, which is characterized in that the door bolt portion (150,150a, 150e) include：

Multiple sticking departments (153,154,156) constrain the main part (110,110a, 110b, 110c, 110d, 110e) and bullet It plays portion (160,170) and them is enabled to maintain first shapes, and when the door bolt portion (150,150a, 150e) are subjected to displacement, progress It operates and makes the main part (110,110a, 110b, 110c, 110d, 110e) and bounce portion (160,170) expansion.

14. emission type toy as claimed in claim 13, which is characterized in that the door bolt portion (150a) further includes：

Emitter fixed part (158) is constrained and the emitter (200,200a, 200b, 200c) of insertion is made to be fixed；With And

Fixed part spring (159), provides elastic force, so that the emitter fixed part (158) maintains precalculated position.

15. emission type toy as described in claim 1, which is characterized in that the emitter (200,200a, 200b, 200c) By any one in spherical shape, disc-shape, polyhedron-shaped, polygonal shape, ring-shaped, cylindrical shape, cylindrical shape Shape is formed.

16. emission type toy as claimed in claim 15, which is characterized in that the emitter (200,200a, 200b, 200c) It is made of magnetic substance or nonmagnetic material.

17. emission type toy as claimed in claim 15, which is characterized in that the emitter (200) further includes using in inside In the luminescence unit of transmitting light.

18. emission type toy as claimed in claim 15, which is characterized in that the emitter (200) further includes moving in inside The component of at least one of object, object, word, number, figure, cartoon role.

19. emission type toy as claimed in claim 15, which is characterized in that the emitter (200a) includes：

Emitter shell (210) is formed with emitter through hole (211,212) in centre, so that auxiliary transmission body (230) To placement；

Emitter elastic portion (220) is set to the emitter shell (210), and constrains and be placed in the emitter through hole The auxiliary transmission body (230) of (211,212)；And

Auxiliary transmission body (230) is placed in the emitter through hole (211,212), and utilizes the emitter elastic portion (220) restraining force and emitted.

20. emission type toy as claimed in claim 15, which is characterized in that the emitter (200c) is by multiple transmitting body shells Body (210 ', 210 ") is constituted, and when being launched when with collision on the ground, is unfolded and outer shape is made to be deformed into the from first shape Two shapes.

21. emission type toy as claimed in claim 20, which is characterized in that the emitter (200c) is by separably combining Emitter first shell (210 ') and emitter second shell (210 ") constitute.

22. emission type toy as claimed in claim 4, which is characterized in that the emission type toy further includes：

Auxiliary pressurized portion (300), is incorporated into the side of support portion (120d), and from external pressurized emitter (200,200a, 200b) promote to emit.